Kingston Technology DC600M 2.5" 7.68 TB Serial ATA III 3D TLC NAND

€1,033.41
Shipping from warehouse: ⁨M7⁩
Estimated shipping: Thu, Nov 14 - Mon, Nov 18
14 days returnUnconditional return policy
Availability:
moderate quantity
Brand:
Kingston
Product code:
SEDC600M/7680G / 0740617334951

Specification

Component for:Server/workstation
Data transfer rate:6 Gbit/s
Depth:100.1 mm
H/w plp function:Yes
Hardware encryption:No
Height:70 mm
Hot-plug support:Yes
Interface:Serial ATA III
Master (outer) case gross weight:1.01 kg
Master (outer) case height:69.9 mm
Master (outer) case length:203.2 mm
Master (outer) case width:135.9 mm
Mean time between failures (mtbf):2000000 h
Memory type:3D TLC NAND
Non-operating vibration:20 G
Operating temperature (t-t):0 - 70 °C
Operating vibration:2.17 G
Package depth:9.1 mm
Package height:184.2 mm
Package weight:93.2 g
Package width:129.5 mm
Power consumption (idle):1.3 W
Power consumption (max):1.45 W
Power consumption (read):1.6 W
Power consumption (write):3.6 W
Products per master (outer) case:10 pc(s)
Random read (4kb):94000 IOPS
Random write (4kb):34000 IOPS
Read latency:200 µs
Read speed:560 MB/s
Security algorithms:256-bit AES
Ssd capacity:7.68 TB
Ssd form factor:2.5"
Storage temperature (t-t):-40 - 85 °C
Target workload:Mixed Use (MU)
Tbw rating:14016
Use conditions:Server/Enterprise
Weight:71 g
Width:69.9 mm
Write latency:30 µs
Write speed:530 MB/s

DC600M

The Kingston DC600M is a 4th generation SATA 3.0 6Gbps SSD with 3D TLC NAND designed for data centers and mixed workloads. The DC600M is designed for use in heavy-duty rack servers and includes built-in hardware-based power loss (PLP) protection. Thanks to the use of capacitors in the DC600M drive, power failure protection reduces the risk of data loss and ensures

proper initialization of the drive after power is restored. The DC600M provides latency and I/O consistency for system integrators, hyperscale data centers, and cloud service providers.

Drives with a capacity of 480GB-7680GB are offered to meet any data storage requirements.

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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